CN207006520U - Electromagnetism bath heating device - Google Patents
Electromagnetism bath heating device Download PDFInfo
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- CN207006520U CN207006520U CN201720604390.2U CN201720604390U CN207006520U CN 207006520 U CN207006520 U CN 207006520U CN 201720604390 U CN201720604390 U CN 201720604390U CN 207006520 U CN207006520 U CN 207006520U
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Abstract
The utility model discloses a kind of electromagnetism bath heating device, including cabinet, control panel, electromagnetic heater, frequency converter, connecting tube；The connecting tube is located at the lower section of the control panel and the frequency converter；Control panel is electrically connected by frequency converter with electromagnetic heater；Electromagnetic heater includes hollow heating pipe, the first lid, the second lid, sleeve pipe, coil, and liquid flowing cavity is enclosed between sleeve pipe and hollow heating pipe；First lid sealing cover is connected in one end of sleeve pipe, liquid flowing cavity by the first lid with the inside of hollow heating pipe；Second lid sealing cover is connected with liquid flowing cavity in being provided with intake tunnel and exhalant canal, one end of intake tunnel on the other end of sleeve pipe, the second lid, and the other end of intake tunnel is connected by the connecting tube with the water inlet interface；Hollow heating pipe is connected by exhalant canal with water outlet mouthpiece；The outer wall of hollow heating pipe is provided with spiral raised line.The utility model can improve the efficiency of heating surface, and avoid fouling.
Description
Technical field
Shower set technical field is the utility model is related to, more particularly to a kind of electromagnetism bath heating device.
Background technology
Shower can comprehensively be rinsed by shower nozzle to human body or other objects, to reach the purpose cleaned comprehensively.
With the improvement of people's life quality, requirement to shower also more and more higher, from the basic cleaning of beginning, to water temperature, shower
Function of the mobility of facility and additional massage etc etc. is proposed requirement.Wherein, in terms of water temperature, occurred
All kinds of heaters, such as electric heater, gas heater and solar water heater etc., to ensure water temperature when taking a shower
Certain temperature can be reached, shower person is felt comfortably cool.
However, above-mentioned heater is whether heated by electrical heating, gas heating or the sun in use
Mode the problem of low efficiency of heating surface and easy fouling all be present so that Consumer's Experience substantially reduces.
Utility model content
It is to be solved in the utility model be existing bath heating device the efficiency of heating surface is low and the problem of easy fouling.
In order to solve the above problems, the utility model provides a kind of electromagnetism bath heating device, including：Cabinet, it is fixed on institute
State the control panel on the cabinet and electromagnetic heater being fixed in cabinet, frequency converter and connecting tube；The cabinet is provided with
For the water inlet interface and water outlet mouthpiece being connected respectively with cold water pipe, shower nozzle；The control panel passes through the frequency converter and institute
State electromagnetic heater electrical connection；The connecting tube is located at the lower section of the control panel and the frequency converter；The Electromagnetic Heating
Device includes hollow heating pipe, the first lid, the second lid, sleeve pipe and the coil set around the outer wall of described sleeve pipe, described
Sleeve pipe is placed on the hollow heating pipe, and encloses liquid flowing cavity between the outer wall of the hollow heating pipe；Described
One lid sealing cover passes through first lid and institute in the hollow heating pipe and one end of described sleeve pipe, the liquid flowing cavity
State the inside connection of hollow heating pipe；The second lid sealing cover is in the hollow heating pipe and the other end of described sleeve pipe, institute
The intake tunnel and exhalant canal for being provided with the second lid and being respectively communicated with the water inlet interface, the water outlet mouthpiece are stated, it is described
One end of intake tunnel connects with the liquid flowing cavity；The other end of the intake tunnel by the connecting tube with it is described enter
Water orifice；The hollow heating pipe is connected by the exhalant canal with the water outlet mouthpiece；The hollow heating pipe
Outer wall is provided with spiral raised line, and the raised line is located in the liquid flowing cavity.
Preferably, first lid includes the first lid body and the first hollow flow-guiding plug, and first lid is originally
Body is provided with one end of the first locating slot and the first mounting groove, first locating slot and described sleeve pipe towards the side of described sleeve pipe
Grafting coordinates and is tightly connected, first mounting groove and the position correspondence of one end of the hollow heating pipe；In described first
The middle part of the outer peripheral edge of empty water conservancy diversion plug is provided with ring-type Access Division, and the top of the first hollow flow-guiding plug is removably fixed
In in first mounting groove, the sealed bottom of the guiding gutter is plugged in one end of the corresponding hollow heating pipe, described
The both ends of ring-type Access Division coordinate with the end abutment of the first lid body, the hollow heating pipe respectively；The ring-type card
Socket part is provided with multiple perforates connected with the first hollow flow-guiding plug, the liquid flowing cavity by the perforate with it is described
Hollow heating pipe connects.
Preferably, first lid also includes T-shaped sealing-plug, and the first lid body is away from the described first peace
The side of tankage is provided with the connecting hole connected with first mounting groove, and one end of the T-shaped sealing-plug passes through the connecting hole
It is connected with the inner thread of the first hollow flow-guiding plug, the other end of the T-shaped sealing-plug and the first lid body are remote
The side of first mounting groove, which abuts, to be coordinated.
Preferably, first lid is also included located at first between described sleeve pipe and first locating slot
Sealing ring.
Preferably, second lid includes the second lid body and the second hollow flow-guiding plug, and second lid is originally
Body is provided with the second locating slot and the second mounting groove, second locating slot and the set towards the side of the other end of described sleeve pipe
The other end grafting of pipe coordinates and is tightly connected, the position pair of second mounting groove and the other end of the hollow heating pipe
Answer and the notch of second mounting groove connects with the liquid flowing cavity, the intake tunnel respectively with cell wall；Described second
Hollow flow-guiding plug in second mounting groove, the top sealing of the second hollow flow-guiding plug be plugged in corresponding to it is described in
The groove of second mounting groove is removably fixed in the other end of empty heating tube, the bottom of the second hollow flow-guiding plug
Bottom；Sidepiece of the second lid body away from second mounting groove is provided with the exhalant canal, one end of the exhalant canal
Connected with the water outlet mouthpiece, the other end of the exhalant canal is hollow by the bottom land of second mounting groove and described second
Water conservancy diversion plug connects.
Preferably, the bottom land of second mounting groove is provided with the recess that is connected with the exhalant canal, and described the
The bottom of two hollow flow-guiding plugs is inserted the recess and is connected with the inner thread of the recess.
Preferably, second lid is also included located at second between described sleeve pipe and second locating slot
Sealing ring.
Preferably, the electromagnetism bath heating device also include being used on second lid detecting it is described enter
Aquaporin and the first temperature detector and second temperature detector of the water temperature in the exhalant canal, first temperature detection
Device and the second temperature detector connect with the control panel.
Preferably, in addition to the mounting seat that is fixed in the cabinet, the control panel and the frequency converter
In the mounting seat, the connecting tube is located between the mounting seat and the control panel, the frequency converter.
Compared with prior art, the beneficial effects of the utility model are：
1st, the control panel in electromagnetism bath heating device of the present utility model is connected by frequency converter with electromagnetic heater, can
To produce high frequency strong magnetic field and intensive magnetic field lines on electromagnetic heater, so that hollow heating pipe can voluntarily at a high speed
Heating.And hollow heating pipe inside and the liquid in the liquid flowing cavity of hollow heating pipe outer wall can by dual-heated,
During this, sleeve pipe can also reduce heat waste, greatly improve the efficiency of heating surface of electromagnetism bath heating device so that in very short time
It is interior, it is possible to the cool water heating of liquid flowing cavity will to be entered, so that output water temperature is suitable, shower person can be taken a shower at any time；
2nd, during Electromagnetic Heating, the magnetic line of force of caused frequent can also will be not easy the macromolecular cluster water that absorbs
It is cut into micel and there was only 5-6, a width of 58-86Hz of half range small molecule cluster water, in this way, can not only improves the liquid flow
The activity of dynamic intracavitary and the water in the hollow heating pipe, so as to reduce incrustation scale production rate, makes the electromagnetism bath heating device
It is less scaling, but also the acid-base property of water can be changed so that the water of outflow is alkalescent water, and plays certain sterilization and make
With；
3rd, the water inlet interface and the connecting tube of the intake tunnel are connected by setting, and the connecting tube is located at institute
State the lower section of control panel and the frequency converter, the cold water in the connecting tube can absorb the control panel and the frequency conversion
Device caused heat in the course of the work, cools to it；
4th, the helical form of the raised line is set, can be with the water described in forced disturbance in liquid flowing cavity, so as to not only can be with
Heat transfer efficiency is improved, and disorderly water can clean to the hollow heating pipe well, so as to further reduce knot
Dirty rate；
5th, by adding by spiral helicine raised line, positioned at the control panel and the connecting tube below the frequency converter and electromagnetism
The mode of heat combines, and can not only improve the efficiency of heating surface, but also can substantially reduce the energy consumption of the electromagnetism bath heating device.
Brief description of the drawings
Fig. 1 is the front view of the electromagnetism bath heating device in the utility model embodiment；
Fig. 2 is the structural representation in the cabinet of the electromagnetism bath heating device in the utility model embodiment；
Fig. 3 is the decomposition texture schematic diagram of the electromagnetic heater in the utility model embodiment；
Fig. 4 is the application schematic diagram of the electromagnetism bath heating device in the utility model embodiment.
Wherein, 1, cabinet；11st, water inlet interface；12nd, water outlet mouthpiece；2nd, control panel；3rd, electromagnetic heater；31st, it is hollow to add
Heat pipe；311st, raised line；32nd, the first lid；321st, the first lid body；3211st, the first locating slot；3212nd, the first mounting groove；
3213rd, connecting hole；322nd, the first hollow flow-guiding plug；3221st, ring-type Access Division；3222nd, perforate；323rd, T-shaped sealing-plug；324th,
One sealing ring；33rd, the second lid；331st, intake tunnel；332nd, exhalant canal；333rd, the second lid body；3331st, the second positioning
Groove；3332nd, the second mounting groove；3333rd, recess；334th, the second hollow flow-guiding plug；335th, the second sealing ring；34th, sleeve pipe；35th, line
Circle；36th, liquid flowing cavity；4th, frequency converter；5th, the first temperature detector；6th, second temperature detector；7th, connecting tube；8th, shower nozzle.
Embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below
Embodiment is used to illustrate the utility model, but is not limited to the scope of the utility model.
Referring to Fig. 1, Fig. 1 is the front view of the electromagnetism bath heating device in the utility model embodiment.Electromagnetism in Fig. 1
Field heater includes cabinet 1 and the control panel 2 being fixed on the cabinet 1, wherein, the cabinet 1, which is provided with, to be used for
The water inlet interface 11 and water outlet mouthpiece 12 being connected respectively with cold water pipe, shower nozzle 8；Can be built-in simple in the control panel 2
Circuit controling element or the built-in single-chip microcomputer containing simple program, to realize the control to Electromagnetic Heating.
Specifically, please continue to refer to Fig. 2, Fig. 2 is the structural representation in the cabinet 1 of electromagnetism bath heating device in the present embodiment
Figure.Electromagnetism bath heating device in Fig. 2 also includes electromagnetic heater 3, frequency converter 4 and the connecting tube 7 being fixed in cabinet 1, its
In, the control panel 2 is electrically connected by the frequency converter 4 with the electromagnetic heater 3, and the connecting tube 7 is located at the control
The lower section of panel 2 processed and the frequency converter 4, for being cooled down to the control panel 2 and the frequency converter 4.And institute
It can be the electromagnetic variable-frequency device 4 containing full-bridge circuit and IGBT module circuit to state frequency converter 4, and the control panel 2 can pass through
The frequency converter 4 is converted to 50Hz electric energy 25-60KHz high frequency magnetic energy, to produce high frequency on the electromagnetic heater 3
High-intensity magnetic field and intensive magnetic field lines.
The electromagnetic heater 3 in Fig. 2 include hollow heating pipe 31, the first lid 32, the second lid 33, sleeve pipe 34 with
And the coil 35 of the outer wall setting around described sleeve pipe 34, wherein, described sleeve pipe 34 is placed on the hollow heating pipe 31, and with
Enclose liquid flowing cavity 36 between the outer wall of the hollow heating pipe 31, and described sleeve pipe 34 can use has low heat conduction system
Several glass makes；The sealing cover of first lid 32 is in the hollow heating pipe 31 and one end of described sleeve pipe 34, the liquid
Flow cavity 36 is connected by first lid 32 with the inside of the hollow heating pipe 31；The sealing cover of second lid 33 is in institute
The other end of hollow heating pipe 31 and described sleeve pipe 34 is stated, intake tunnel 331 and exhalant canal are provided with second lid 33
332, one end of the intake tunnel 331 connects with the liquid flowing cavity 36, and the other end of the intake tunnel 331 passes through institute
Connecting tube 7 is stated to connect with the water inlet interface 11；The hollow heating pipe 31 is connect by the exhalant canal 332 with the water outlet
Mouth 12 connects.
In this way, the cold water entered by the water inlet interface 11 can flow to the intake tunnel by the connecting tube 7
331, and be left to along the intake tunnel 331 in the liquid flowing cavity 36, and the liquid flowing cavity 36 is by being arranged at
State between sleeve pipe 34 and the hollow heating pipe 31 and the outer wall of described sleeve pipe 34 is provided with coil 35, therefore, in the Electromagnetic Heating
Caused high frequency strong magnetic field and intensive magnetic field lines can make the hollow heating pipe 31 voluntarily generate heat at a high speed on device 3, from
And to the water progress dual-heated in the liquid flowing cavity 36 and inside the hollow heating pipe 31, and described sleeve pipe 34 can be with
Greatly reduce thermal loss, so as to improve the thermal efficiency, so that the efficiency of heating surface of the electromagnetic heater 3 integrally improves, so as to
With rapidly by the hot water of the cool water heating of entrance to design temperature, and the hot water can be along the hollow heating pipe 31
Inside is flowed out by the exhalant canal 332 of second lid 33, so that the hot water temperature of outflow meets the requirement of shower person.
And during Electromagnetic Heating, the magnetic line of force of caused frequent can also will be not easy the macromolecular cluster water that absorbs
It is cut into micel and there was only 5-6, a width of 58-86Hz of half range small molecule cluster water, in this way, can not only improves the liquid flow
The activity of water in dynamic chamber 36 and in the hollow heating pipe 31, so as to reduce incrustation scale production rate, add the electromagnetism shower
Hot device is less scaling, but also can change the acid-base property of water so that the water of outflow is alkalescent water, and plays certain sterilization
Effect.
Connecting tube due to connecting the water inlet interface 11 and the intake tunnel 331 be positioned at the control panel 2 with
The lower section of the frequency converter 4, therefore, the cold water in the connecting tube can absorb the control panel 2 and exist with the frequency converter 4
Caused heat, cools to it in the course of work；And by the way that the control panel 2 and the lower section of frequency converter 4 will be located at
Connecting tube and the electromagnetic heater 3 both combine, can not only carry out heating for multiple times to cold water, improve the efficiency of heating surface, and
And the energy consumption of the electromagnetism bath heating device can also be substantially reduced.
As shown in figure 4, shower person when needing shower, only need to set the water temperature needed, and start institute by control panel 2
Electromagnetism bath heating device is stated, so as in a short period of time, so that it may so that shower nozzle 8 sprays the water of preference temperature, facilitate shower person
Use.
Fig. 3 is the decomposition texture schematic diagram of the electromagnetic heater 3 in the utility model embodiment.What is shown in Fig. 3 is described
The outer wall of hollow heating pipe 31 is provided with spiral raised line 311, and the full sectional view of the electromagnetic heater 3 shown from Fig. 2
In it can be seen that the raised line 311 be located in the liquid flowing cavity 36.The helical form of the raised line 311 is set, and can be forced
The water in the liquid flowing cavity 36 is disturbed, so as to can not only improve heat transfer efficiency, and disorderly water can be right well
The hollow heating pipe 31 is cleaned, so as to further reduce fouling rate.
In one embodiment, the structure of first lid 32 and second lid 33 may refer to Fig. 2 and Fig. 3 institutes
The first lid 32 and the second lid 33 in the electromagnetic heater 3 shown.
Wherein, first lid 32 can include the first lid body 321 and the first hollow flow-guiding plug 322, and described
One lid body 321 is provided with the first locating slot 3211 and the first mounting groove 3212 towards the side of described sleeve pipe 34, and described first is fixed
One end grafting of position groove 3211 and described sleeve pipe 34 coordinates and is tightly connected, first mounting groove 3212 with it is described hollow plus
The position correspondence of one end of heat pipe 31；The middle part of the outer peripheral edge of the first hollow flow-guiding plug 322 is provided with ring-type Access Division 3221,
The top of the first hollow flow-guiding plug 322 is removably fixed in first mounting groove 3212, the guiding gutter
Sealed bottom be plugged in corresponding to the hollow heating pipe 31 one end, the both ends of the ring-type Access Division 3221 respectively with institute
State the first lid body 321, the end abutment of the hollow heating pipe 31 coordinates；The ring-type Access Division 3221 be provided with it is multiple with
The perforate 3222 that the first hollow flow-guiding plug 322 connects, the liquid flowing cavity 36 by the perforate 3222 with it is described in
Empty heating tube 31 connects.In this way, when first lid 32 assembles, first lid 32 can be with the hollow heating
The liquid flowing cavity 36 of sealing is enclosed between the outer wall of pipe 31 and the inwall of described sleeve pipe 34, so that the liquid
Water in body flow cavity 36 can smoothly flow into the inside of the hollow heating pipe 31 along the perforate 3222.
Second lid 33 can include the second lid body 333 and the second hollow flow-guiding plug 334, the second lid body
333 are provided with the second locating slot 3331 and the second mounting groove 3332 towards the side of the other end of described sleeve pipe 34, and described second is fixed
The other end grafting of position groove 3331 and described sleeve pipe 34 coordinates and is tightly connected, second mounting groove 3332 with it is described hollow
The notch of the position correspondence of the other end of heating tube 31 and second mounting groove 3332 flows with the liquid respectively with cell wall
Chamber 36, the intake tunnel 331 connect；The second hollow flow-guiding plug 334 is in second mounting groove 3332, and described the
The top sealing of two hollow flow-guiding plugs 334 be plugged in corresponding to the hollow heating pipe 31 the other end, described second hollow leads
The bottom land of second mounting groove 3332 is removably fixed in the bottom of stream plug 334；The second lid body 333 is remote
The sidepiece of second mounting groove 3332 is provided with the exhalant canal 332, and one end and the water outlet of the exhalant canal 332 connect
Mouthfuls 12 are connected, and the other end of the exhalant canal 332 hollow is led by the bottom land of second mounting groove 3332 with described second
The connection of stream plug 334.In this way, it is described along intake tunnel 331 flow into water can smoothly enter the liquid flowing cavity 36, it is described in
Empty heating tube 31, and shower nozzle 8 is finally flow to by the exhalant canal 332.
It is close in order to ensure to be connected between described sleeve pipe 34 and the first lid body 321, the second lid body 333
Feng Xing, it is exemplary, the first sealing ring 324 can also be set up between described sleeve pipe 34 and first locating slot 3211, and
The second sealing ring 335 is set up between described sleeve pipe 34 and second locating slot 3331.
And in order to fix the first hollow flow-guiding plug 322 and the second hollow flow-guiding plug 334 well, it is exemplary
, T-shaped sealing-plug 323 can also be set up in first lid 32, and make the first lid body 321 away from described first
The side of mounting groove 3212 is provided with the connecting hole 3213 connected with first mounting groove 3212, and the one of the T-shaped sealing-plug 323
End be connected through the connecting hole 3213 with the inner thread of the hollow flow-guiding groove, the other end of the T-shaped sealing-plug 323 and
Side of the first lid body 321 away from first mounting groove 3212, which abuts, to be coordinated.Can also be in second mounting groove
3332 bottom land sets the recess 3333 connected with the exhalant canal 332, and makes the bottom of the second hollow flow-guiding plug 334
Insert the recess 3333 and be connected with the inner thread of the recess 3333.
In addition, fixing the connecting tube 7 for convenience, mounting seat can also be set up in the cabinet 1, and make the control
Panel 2 processed is with the frequency converter 4 in the mounting seat, and the connecting tube 7 is located at the mounting seat and the control panel
2nd, between the frequency converter 4.
It is understood that in order to control the leaving water temperature of the electromagnetism bath heating device well, can be described
It is provided for detecting the intake tunnel 331 and the first temperature detection of the water temperature in the exhalant canal 332 on two lids 33
Device 5 and second temperature detector 6, and first temperature detector 5 and the second temperature detector 6 with the chain of command
Plate 2 connects, in this way, the control panel 2 can adjust heating frequency in time according to the water temperature information received, so as to both can be with
Ensure leaving water temperature, energy consumption can be reduced again.
Described above is only preferred embodiment of the present utility model, it is noted that for the common skill of the art
For art personnel, on the premise of the utility model technical principle is not departed from, some improvement and replacement can also be made, these change
Enter and replace and also should be regarded as the scope of protection of the utility model.
Claims (9)
- A kind of 1. electromagnetism bath heating device, it is characterised in that including：Cabinet, the control panel being fixed on the cabinet and Electromagnetic heater, frequency converter and the connecting tube being fixed in cabinet；The cabinet, which is provided with, to be used to respectively connect with cold water pipe, shower nozzle The water inlet interface and water outlet mouthpiece connect；The control panel is electrically connected by the frequency converter with the electromagnetic heater；It is described Connecting tube is located at the lower section of the control panel and the frequency converter；The electromagnetic heater includes hollow heating pipe, the first lid Body, the second lid, sleeve pipe and the coil set around the outer wall of described sleeve pipe, described sleeve pipe are placed on the hollow heating pipe On, and enclose liquid flowing cavity between the outer wall of the hollow heating pipe；The first lid sealing cover in it is described it is hollow plus One end of heat pipe and described sleeve pipe, the liquid flowing cavity are connected by the inside of first lid and the hollow heating pipe It is logical；The second lid sealing cover on the hollow heating pipe and the other end of described sleeve pipe, second lid in being provided with and institute State water inlet interface, the intake tunnel and exhalant canal that the water outlet mouthpiece is respectively communicated with, one end of the intake tunnel with it is described Liquid flowing cavity connects；The other end of the intake tunnel is connected by the connecting tube with the water inlet interface；It is described hollow Heating tube is connected by the exhalant canal with the water outlet mouthpiece；The outer wall of the hollow heating pipe is provided with spiral convex Bar, the raised line are located in the liquid flowing cavity.
- 2. electromagnetism bath heating device as claimed in claim 1, it is characterised in that first lid include the first lid body and First hollow flow-guiding plug, the first lid body are provided with the first locating slot and the first mounting groove, institute towards the side of described sleeve pipe One end grafting for stating the first locating slot and described sleeve pipe coordinates and is tightly connected, first mounting groove and the hollow heating The position correspondence of one end of pipe；The middle part of the outer peripheral edge of the first hollow flow-guiding plug is provided with ring-type Access Division, in described first The top of empty water conservancy diversion plug is removably fixed in first mounting groove, and the sealed bottom of the guiding gutter is plugged in pair The one end for the hollow heating pipe answered, the both ends of the ring-type Access Division respectively with the first lid body, it is described hollow plus The end abutment of heat pipe coordinates；The ring-type Access Division is provided with multiple perforates connected with the first hollow flow-guiding plug, institute Liquid flowing cavity is stated to connect with the hollow heating pipe by the perforate.
- 3. electromagnetism bath heating device as claimed in claim 2, it is characterised in that first lid also includes T-shaped and sealed Plug, side of the first lid body away from first mounting groove is provided with the connecting hole connected with first mounting groove, institute The one end for stating T-shaped sealing-plug is connected through the connecting hole with the inner thread of the first hollow flow-guiding plug, the T-shaped sealing The other end of plug abuts cooperation with side of the first lid body away from first mounting groove.
- 4. electromagnetism bath heating device as claimed in claim 2, it is characterised in that first lid also includes being located at the set The first sealing ring between pipe and first locating slot.
- 5. electromagnetism bath heating device as claimed in claim 1, it is characterised in that second lid include the second lid body and Second hollow flow-guiding plug, the side of the other end of the second lid body towards described sleeve pipe are provided with the second locating slot and the second peace Tankage, the other end grafting of second locating slot and described sleeve pipe coordinate and are tightly connected, second mounting groove with it is described The notch of the position correspondence of the other end of hollow heating pipe and second mounting groove flows with the liquid respectively with cell wall Chamber, intake tunnel connection；The second hollow flow-guiding plug is in second mounting groove, the second hollow flow-guiding plug Top sealing be plugged in corresponding to the hollow heating pipe the other end, the bottom of the second hollow flow-guiding plug is with detachable Mode is fixed on the bottom land of second mounting groove；Sidepiece of the second lid body away from second mounting groove is provided with described Exhalant canal, one end of the exhalant canal connect with the water outlet mouthpiece, and the other end of the exhalant canal passes through described The bottom land of two mounting grooves connects with the second hollow flow-guiding plug.
- 6. electromagnetism bath heating device as claimed in claim 5, it is characterised in that the bottom land of second mounting groove is provided with and institute State the recess of exhalant canal connection, the bottom of the second hollow flow-guiding plug insert the recess and with the inwall of the recess Threaded connection.
- 7. electromagnetism bath heating device as claimed in claim 5, it is characterised in that second lid also includes being located at the set The second sealing ring between pipe and second locating slot.
- 8. electromagnetism bath heating device as claimed in claim 1, it is characterised in that the electromagnetism bath heating device also includes being located at The first temperature detector for being used to detecting the water temperature in the intake tunnel and the exhalant canal on second lid and the Two temperature detectors, first temperature detector and the second temperature detector connect with the control panel.
- 9. electromagnetism bath heating device as claimed in claim 1, it is characterised in that the electromagnetism bath heating device also includes fixing Mounting seat in the cabinet, with the frequency converter in the mounting seat, the connecting tube is located at the control panel Between the mounting seat and the control panel, the frequency converter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720604390.2U CN207006520U (en) | 2017-05-26 | 2017-05-26 | Electromagnetism bath heating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720604390.2U CN207006520U (en) | 2017-05-26 | 2017-05-26 | Electromagnetism bath heating device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207006520U true CN207006520U (en) | 2018-02-13 |
Family
ID=61445481
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720604390.2U Active CN207006520U (en) | 2017-05-26 | 2017-05-26 | Electromagnetism bath heating device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207006520U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108344166A (en) * | 2018-03-23 | 2018-07-31 | 佛山市恒芯磁能科技有限公司 | A kind of hot-water heating system |
-
2017
- 2017-05-26 CN CN201720604390.2U patent/CN207006520U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108344166A (en) * | 2018-03-23 | 2018-07-31 | 佛山市恒芯磁能科技有限公司 | A kind of hot-water heating system |
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